network profile
| bio | website | |
|---|---|---|
| location | ||
| age | ||
| visits | member for | 1 year, 4 months |
| seen | Mar 2 at 3:17 | |
| stats | profile views | 20 |
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Feb 23 |
comment |
Limitations on the choice of axis of rotation regarding rolling wheels I mean that forces are drawn on the diagram (such as normal force, gravity, friction) and the directions state to rank the forces with respect to the torques they give. |
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Feb 22 |
asked | Limitations on the choice of axis of rotation regarding rolling wheels |
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Nov 18 |
awarded | Critic |
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Nov 16 |
answered | Way to escape from a black hole |
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Jun 7 |
accepted | How can one feel cold without touching it? |
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Jun 6 |
awarded | Teacher |
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Jun 6 |
awarded | Editor |
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Jun 6 |
revised |
What is a good reference for the mechanical properties of materials at cryogenic temperatures? added 68 characters in body |
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Jun 6 |
answered | What is a good reference for the mechanical properties of materials at cryogenic temperatures? |
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Jun 6 |
asked | How can one feel cold without touching it? |
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Apr 25 |
awarded | Supporter |
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Mar 7 |
comment |
Is there a more clever way to apply the cross product of two vectors to magnetism? @zephyr I guess I thought that there might be a quicker way than the jumble of variables wikipedia had. I guess the jumble is inherent in matrices. (I am pre-calculus). |
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Mar 7 |
comment |
Is there a more clever way to apply the cross product of two vectors to magnetism? Thanks for the great answer. |
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Mar 7 |
accepted | Is there a more clever way to apply the cross product of two vectors to magnetism? |
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Mar 7 |
asked | Is there a more clever way to apply the cross product of two vectors to magnetism? |
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Feb 23 |
comment |
Where is a good place to learn (classical) optics? Thanks for the book link. I'll definitely let you know if I have any questions; I do find optics to be a more interesting area of physics, and I imagine it becomes even more so with lasers and spooky quantum effects. |
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Feb 23 |
comment |
Where is a good place to learn (classical) optics? Thanks for the link. I like Khan Academy's more wordy explanation - it let's me get an intuitive and quantitative understanding. Also, thanks for the book link although it's a bit out of my means. |
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Feb 23 |
accepted | Where is a good place to learn (classical) optics? |
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Feb 22 |
asked | Where is a good place to learn (classical) optics? |
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Feb 11 |
awarded | Scholar |
